study hall by means of video conferencing. Utilizing 
the  different  innovations  accessible  for  video 
conferencing, researcher can give a more intelligent 
distance  learning  experience  by  conveying 
continuous,  bidirectional  video,  voice,  and 
information  correspondences  to  their  distance 
understudies,  instead  of  simply  the  standard 
electronic  media.  Video-based  remotely 
coordinating is a type of remotely coordinating done 
through  mediums  that  help  video  and  sound 
correspondence.  It  is  a  live  video  association 
between  individuals  in  separate  areas  with  the  end 
goal  of  correspondence  or  communication  (Sami 
Andberg, 2008). 
2  LITERATURE REVIEW 
Video  conferencing  is  a  generally  new  instructing 
and  learning  advancement.  Greenberg  (2004) 
proposed  that  "videoconferencing-based  distance 
schooling  has  been  in  the  early  appropriation  stage 
for  a  very  long  time  or  more  Here  is  where  things 
were beginning to get muddled. Or then again so we 
thought  (Sami  Andberg,  2008).  It  is  essential  to 
comprehend  the  at  the  reason  Jitsi  could 
undoubtedly  turn  into  a  conferencing  blender,  was 
that  the  way  toward  blending  sound  is  extremely 
straightforward.  It  is  really  a  matter  of  adding 
numbers  together.  One  necessity  to  give  unique 
consideration  to  keeping  these  numbers  inside  an 
uncommon reach, or to not sending one's sound back 
to  themselves  (which  regularly  implies  creating 
individual blends for each client) yet indeed, even in 
view of that, sound blending remains an interaction 
that  is  adequately  lightweight  to  be  dealt  with  by 
ware hardware.  
The  circumstance  is  very  different  for  video. 
despite the fact that it has required some investment 
to come to that end result. If we somehow managed 
to deal with video conferencing the manner in which 
we  by  and  large  handle  sound,  at  that  point  we 
would  need  to  blend  video  content.  The  idea  of 
video blending is that of creating composite images. 
As such, if clients A, B, C, and D were to take an 
interest in a blended video conferencing call, at that 
point  they  would  each  begin  a  regular  balanced 
meeting  with  the  blender  and  send  their  video 
streams to it obviously. In return, they would receive 
a solitary video stream that would happen to contain 
every other person's substance regardless of whether 
somewhat downsized.  
The straightforwardness, all things considered, is 
very  engaging  for  a  customer:  conferences  are 
similarly  as  some  other  call  and  no  extraordinary 
exertion  is  required  to  help  them.  Tragically  things 
aren't exactly so basic at the server side. The reason 
is that video content blending requires a tremendous 
measure  of  preparing  resources.  JRES  2013  - 
Montpellier  2/8.  When  performing  video  content 
blending,  one  necessity  to  decipher  every  single 
approaching edge (one for every member), downsize 
every  single  one  of  them,  create  composite  images 
and  afterward  re-encode  them  by  and  by  (Sami 
Andberg, 2008). 
 
3  METHODOLOGY 
Jitsi Meet is a JavaScript application that utilizations 
WebRTC and can  work with server’s dependent on 
Jitsi  Videobridge  (a  door  to  communicate  video 
transfers  to  video  gathering  members).  We  did  the 
tests  on  Jitsi  Meet  on  a  devoted  server.  The  server 
had every one  of the  administrations for Jitsi Meet: 
web server (nginx), XMPP server (prosody) and Jitsi 
Videobridge. During testing, we discovered the issue 
with  the  Jitsi Videobridge,  which  is  over-burden to 
send  an  enormous  enough  measure  of  traffic. 
Utilizing  programs  to  fill  enough  gatherings  will 
probably require  hundreds or  even  huge  number of 
PCs  (Rachel Roberts, 2009). To  tackle this issue,  a 
full star geography was utilized to make a gathering. 
With  this  geography,  inbound  traffic  from  any 
endpoint  is  engendered  to  any  remaining  endpoints 
associated with Jitsi Videobridge. In this design, we 
have  streams  A  *  (A-1)  leaving  the  video  connect 
(and showing up A-1). Jitsi Videobridge - is a part of 
the  XMPP  server,  it  permits  you  to  sort  out  multi-
client  video  correspondence.  Its  distinction  from 
costly  committed  equipment  video  spans  is  that  it 
doesn't blend video channels into a composite video 
transfer, however, just transfers the got video diverts 
to all members in the call.  
The  force  of  the  processor  doesn't  make  any 
difference  for  its  work.  Jitsi  Meet  backings 
highlights,  for  example,  work  area  and  window 
sharing, programmed video changing to the dynamic 
speaker's  video,  community  record  altering  in 
Etherpad,  show  sharing,  real  time  a  gathering  on 
YouTube,  sound  conferencing,  member  network 
through  the  Jigasi  telephone  passage,  secret  phrase 
insurance,  "talk  at  the  hint  of  a  catch"  mode,  URL 
greeting  sending,  and  text  visit.  All  information 
streams  between  the  customer  and  the  server  are 
encoded  (expecting  that  the  server  is  running  all 
alone  limit).  Jitsi  Meet  is  accessible  as  a  different 
application  (counting  Android  and  iOS)  and  as  a